Xmas Gift Idea 3g 4g Lte Log-periodic Dipole Array Antenna (lpda) Trial Pack [n2lcyAGS]

Powerful Signal Boosting Solution

Introducing the Nextivity Cel-Fi LPDA Antenna, the ultimate solution for enhancing your in-building cellular signal. This versatile antenna boasts an impressive 12 or 14 dBi gain, depending on the carrier frequency, and covers the expansive frequency range of 698 through 2700 MHz. Designed to outperform standard antennas, the Cel-Fi LPDA Antenna is the best choice for all types of donor or tower antenna applications, ensuring a robust and reliable signal boost for your cellular signal boosters.

Technical Specifications and Features

With its robust construction and advanced technology, the Cel-Fi LPDA Antenna is a testament to quality and performance. It features a frequency range of 698 to 960 MHz and 1710 to 2700 MHz, making it suitable for a wide range of mobile carriers. The antenna is fully welded for durability and comes with a mast down-tilt bracket and U-Bolts for easy mounting on flat surfaces or poles. It also includes a 45-degree mount attachment for optimal matching of macro donor signals. The black 10-meter long cable with a type N female connector ensures a seamless connection, while the lightning protection and vertical polarization further enhance its reliability.

Practical Applications and Benefits

Whether you're a business owner looking to improve in-building cellular coverage or an individual seeking a reliable signal boost, the Cel-Fi LPDA Antenna is an ideal choice. Its wideband directional design and high gain capabilities make it perfect for outdoor installations, providing superior signal quality and reduced out-of-band noise. The antenna's versatility allows it to be used in various scenarios, including office buildings, hospitals, and residential complexes, ensuring that you never miss an important call or message. With its user-friendly design and powerful performance, the Cel-Fi LPDA Antenna is the go-to solution for anyone in need of a robust cellular signal boost.